3 examples

Inconsistent UI state

UI displays conflicting or incorrect information.

[ FAQ1 ]

What is inconsistent UI state?

Inconsistent UI state describes a scenario where the visual state of a user interface diverges from the actual data or logic of an application. For instance, a button might show as "enabled" while actually disabled, or data displayed might be outdated compared to the backend. This inconsistency frequently arises from improper handling of application state, asynchronous updates, or errors in component rendering. In frameworks like React, this typically happens when state changes aren't managed correctly, leading to unpredictable or incorrect rendering of components.
[ FAQ2 ]

How to fix inconsistent UI state

To fix inconsistent UI state, use robust state management practices, particularly in frameworks like React. Employ dedicated state management libraries (such as Redux or Zustand) to centralize and synchronize application state across components. Ensure asynchronous operations like API calls and data fetching clearly manage loading, error, and success states to accurately reflect UI changes. Leverage lifecycle methods or hooks (e.g., useEffect in React) effectively to synchronize component rendering with state updates. Additionally, thorough testing and debugging strategies—such as automated UI tests—can proactively detect and resolve UI inconsistencies before they affect users.
diff block
posthog.capture('error_tracking_issue_assigned', { issue_id: props.id })
await api.errorTracking.assignIssue(props.id, assignee)
},
+ setShowContext: () => actions.setShowStacktrace(true),
+ setShowAllFrames: () => actions.setShowStacktrace(true),
Greptile
greptile
logic: These listeners force showStacktrace to true but don't consider the showAsText state. Could lead to inconsistent UI state when switching between text and normal view.
diff block
views,
);
- const { getIcon } = useIcons();
- const currentPath = useLocation().pathname;
- const { getLastVisitedViewIdFromObjectMetadataItemId } = useLastVisitedView();
+ const mainContextStoreComponentInstanceId = useRecoilValue(
+ mainContextStoreComponentInstanceIdState,
+ );
- const lastVisitedViewId = getLastVisitedViewIdFromObjectMetadataItemId(
- objectMetadataItem.id,
+ const contextStoreCurrentViewId = useRecoilComponentValueV2(
+ contextStoreCurrentViewIdComponentState,
+ mainContextStoreComponentInstanceId,
);
- const viewId = lastVisitedViewId ?? objectMetadataViews[0]?.id;
+ const lastVisitedViewPerObjectMetadataItem = useRecoilValue(
+ lastVisitedViewPerObjectMetadataItemState,
+ );
+
+ const lastVisitedViewId =
+ lastVisitedViewPerObjectMetadataItem?.[objectMetadataItem.id];
+
+ const { getIcon } = useIcons();
+ const currentPath = useLocation().pathname;
const navigationPath = getAppPath(
AppPath.RecordIndexPage,
{ objectNamePlural: objectMetadataItem.namePlural },
- viewId ? { viewId } : undefined,
+ lastVisitedViewId ? { viewId: lastVisitedViewId } : undefined,
);
Greptile
greptile
logic: navigationPath now uses lastVisitedViewId while active states use contextStoreCurrentViewId, which could cause inconsistent UI state
diff block
},
};
+// Make this mutable so we can update it from client components
const style = {
Greptile
greptile
style: making style mutable could lead to inconsistent UI states across components - consider using a state management solution instead